To perform an LDI instruction the processor first [off_ext] and [addr_form] this result is [first_op].  The data [op] is then [2nd_op], and data returned is [final]

At what 4-digit hex address is the label LOOP defined [1] What offset (answer as a decimal number) would be encoded into the BRnp instruction [2] True/False: (simply type true or false in the box) the program would not work if line 29 was: RESULT  .BLKW 1                  [3]  

When a BRnz instruction is executed, the branch will be taken [1] The BRnz branch will be taken if the last value written to a register was [2] If one leaves the flag specifiers off a BRx instruction  (i.e. just a BR instruction) the [3]  

The destination of this instruction is (type a specific register (i.e R0) or type memory if it is memory) [1] The address in memory being accessed is (enter 4-digit hex number) [2]

Complete the drop downs to implement blocks A and B of this flowchart in most logical way                  [1][2][3]                  [4][5][6]                  [7][8]

Consider the operations occurring in block C Remark on the order of operations for block C

Implement in optimal manner TEST               [1] R1, [2]                            [3] [4] R0_IS_5        ;  code if R0 = 5                            …                            [5][6] R0_ISNT_5 ; code if R0 

Use your LC-3 Programmer’s Reference and decode the following instruction: 1011 0110 0000 0111 What type of instruction is this? [instr] The source data for this instruction comes from [orig] Given the state of the processor show (after PC already incremented) One of the addresses in memory this instruction accesses is [addr] The CC (NZP) after this instructions executes are [CC]  

Why is suction lift less desirable than suction head?

The following problem will be manually graded and will show as zero when you first submit.  Your grade will be updated later. Download (right click and “Save link as…”) this code and flesh it out to perform a write of R0 to the LC-3 console display.  You are not allowed to use a call to an OS trap instruction to do it. When you are satisfied with your code copy and paste it into the “essay question box” below.